KR20230039323A - External wind inflow guide equipment - Google Patents

Abstract

Disclosed is a draught inflow guide device. As a housing can be fixed and installed by hanging the housing on the railing of a veranda and then bolting the housing to a railing bar, not only can the installation be improved but the workability and convenience of installation can be greatly improved. Since draught blowing not only in the front direction of a window but also in the side direction of the window can be introduced into the interior of the housing, draught can be introduced into the room through the window regardless of the blowing direction of the wind, which varies depending on the season. Indoor air can be discharged to the outdoors, greatly improving indoor ventilation. Simple configuration minimizes the cost burden of installation. Because the draught inflow guide device does not use a power drive such as a motor, it is economical by preventing waste of electricity and is environmentally friendly.

Description

External wind inflow guide equipment}

The present invention relates to a draft inflow guide device, and more particularly, to a draft inflow guide device installed on a veranda railing of a building to facilitate indoor air circulation by allowing draft air to flow into the room regardless of the wind direction changed by the seasonal wind It is about.

In general, windows installed in buildings such as apartments or villas are a means for allowing indoors to observe the outdoors and for ventilation of polluted indoor air in addition to functions for providing natural light to the indoors.

These windows are usually installed in the form of a sliding door in which the window slides along a window frame of a certain size, and when ventilating indoor air, the window is opened so that outdoor air, or draft, flows into the room Indoor air is ventilated by discharging indoor air to the outdoors.

However, while indoor air is discharged through the open window, it is not too much trouble. In the case of draft, which is outdoor air, the draft that blows through the front side of the window easily flows into the room, while the draft that blows through the side of the window blows into the room. Since there is no inflow, there is a problem in that the inflow of draft, which is outdoor air, is limited.

In addition, since most windows are made of casement doors installed so that the windows slide on the window frame, if the wind direction from the outdoor part blows in the direction of opening and closing the window, that is, in the lateral direction of the window, even if the window is opened, the wind cannot flow into the room. or low inflow.

Moreover, in Korea, the wind direction changes according to the season, that is, a warm east wind blowing in spring, a hot south wind blowing in summer, a cool west wind blowing in autumn, and a cold north wind blowing in winter. Accordingly, it is difficult to introduce draft air to the indoor side in all four seasons.

Accordingly, ventilation devices that forcibly introduce draft air, which is outdoor air, into the room and discharge internal air, which is indoor air, to the outdoors are being installed, and various technologies are being developed.

For example, a ventilation device having an indoor air circulation control structure registered in Patent Registration No. 10-0826688 has been devised, which has outside air intakes and indoor public outlets connected to the left and right sides of the outer surface and connected to the air supply on the left and right sides of the opposite side. An exhaust port connected to an air supply port and an exhaust fan is formed, and an air circulation unit for guiding air flow is provided inside, and a damper control chamber in which damper guides are attached to the upper and lower sides of the front inner side to face each other, and the damper guide A damper that is slidably inserted into the inside and installed to simultaneously open and close the outdoor air inlet and the indoor public outlet according to the operation mode, and is installed in the center of the front inner side of the damper control chamber, and the motor is accommodated inside the center of the front side, and the air in the rear A motor housing in which a support bulkhead having a ventilation hole on the side is integrally formed in an inclined shape across the center of the circulation part, a drive link rotatably installed on the motor shaft in the center, and one end is pinned to both sides of the drive link. A follower link that is fixedly installed to be collapsible and the other end is fixed with a pin at the center of one side of the damper, and a temperature sensor installed on the outside air inlet side to detect the air temperature for selecting an operation mode and closely installed on one side of the heat exchanger It consists of an air filter.

In this prior art, ventilation for indoor air is achieved by easily and easily introducing outside air into a room and discharging inner air out of the room by driving a motor.

However, in the case of the prior art, there is a problem of having a large burden on installation cost because the configuration is complicated, and there is a problem of additional maintenance cost because the air filter must be replaced periodically, as well as a problem in that the motor breaks down. In this case, there is a problem that the operation is not performed.

Accordingly, there is an urgent need to develop a device that does not use electrical power, has a simple configuration, and facilitates inflow of drafts blowing from the side as well as the front direction of the installed window into the room.

Patent Document 1: Korean Registered Patent No. 10-0826688 (registered on April 24, 2008) Patent Document 2: Korean Registered Patent No. 10-0471113 (registered on Feb. 1, 2005)

The present invention can be easily and simply installed on the veranda railing of a building such as an apartment building, as well as being able to be firmly installed to prevent separation from the veranda railing due to strong winds, and does not use electrical power, as well as It is an object of the present invention to provide a draft inflow guide device capable of guiding wind blowing from the side as well as the front direction and introducing it into the room.

As a means for achieving the above object, the draft inflow guide device of the present invention includes a housing body installed and fixed on a veranda railing and a plurality of draft guide bodies provided in the housing body, wherein the housing body comprises: , both sides of the frame, each of which is positioned in a vertical direction with respect to the veranda handrail, and both side support pieces are bent and extended, respectively; a lower frame connecting the lower ends of the both sides of the frame and having a lower support piece bent and extended; an upper frame connecting upper ends of the both sides of the frame and having an upper support piece bent and extended; a plurality of partition frames having lower ends connected to the lower frames and upper ends respectively connected to the upper frames to partition the inside of the housing body; a mounting portion having one side fixed to an upper support piece of the upper frame by welding or bolting and bent from the upper frame and hung on a veranda railing to primarily fix and support the housing body; One side of each of the support pieces provided on both sides of the frame is fixed with a fixing bolt, and after being hung on the handrail of the veranda handrail, it is tightly fixed to the handrail by the operation of tightening the fixing bolt to fix the housing body secondaryly. The plurality of draft guide bodies are respectively located between the plurality of partition frames that partition the inside of the housing body, the lower end is welded or bolted to the lower frame, and the upper end is fixed to the upper frame. A rotation support rod fixed to the frame by welding or bolting; An upper hinge part and a lower hinge part are provided to provide a draft guide that is hingedly rotated around the rotation support rod by being inserted into the upper hinge part and the lower hinge part to the rotation support rod, and the draft guide is provided with the lower hinge portion and the upper hinge A guide plate to which each part is welded or bolted; first draft guide pieces and second draft guide pieces each extending from one side of the guide plate, protruding from the housing body, and bent outward in both directions of the guide plate; It is provided with a wind passage through the inside of the guide plate doedoe through the vertical longitudinal direction of the guide plate.

According to the present invention, the housing body can be fixedly installed by fixing the housing body to the handrail bar after hanging the housing body on the veranda handrail, thereby improving the installation performance as well as greatly improving the workability and convenience of the installation, and can greatly improve the front direction of the window. Of course, since the draft blowing in the side direction of the window can flow into the inside of the housing body and be introduced into the room, the draft can be introduced into the room through the window regardless of the blowing direction of the wind that changes every season, and indoor air can be It can be discharged to the outdoor side, so it can greatly improve the ventilation and ventilation of the room, and it is possible to minimize the cost burden due to installation with a simple configuration, and it is possible to prevent waste of electricity costs because it does not use a power drive such as a motor. Thus, an economical effect can be obtained and an environment-friendly effect can be obtained.

1 is a perspective view showing a draft guide device according to the present invention.
2 is a perspective view of the other side showing the draft inlet guide device of the present invention.
3 is a block diagram of a state in which the draft inflow guide device of the present inventor is installed on a veranda railing.
Figure 4 is an exploded perspective view showing the configuration of the draft guide device of the present invention.
5 is a perspective view showing the draft guide body, which is one of the essential parts of the draft guide device of the present invention.
Figure 6 is a configuration diagram of a state in which draft is introduced to the front side of the draft inlet guide device of the present invention.
7 and 8 are block diagrams of a state in which draft blowing in the right direction of the draft inflow guide device of the present invention is introduced.
9 and 10 are configuration diagrams of a state in which the draft blowing in the left direction of the draft inlet guide device of the present invention is introduced.
11 is a perspective view showing another embodiment of the draft guide device of the present invention.
12 is an installation front view showing another embodiment of the draft inlet guide device of the present invention.
13 is a perspective view showing another embodiment of the draft inlet guide device of the present invention.

Hereinafter, other objects and features of the present invention in addition to the above objects will be clearly revealed through the description of the embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related art, and unless explicitly defined in the present application, they should not be interpreted in an ideal or excessively formal meaning. don't

Hereinafter, a draft guide device according to an embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

As shown, the present invention relates to a draft inflow guide device including a housing body 10 installed and fixed to a veranda handrail 1 and a plurality of draft guide bodies 20 provided in the housing body 10. .

According to the present invention, the housing body can be easily and easily installed on the veranda handrail, the workability and convenience of the installation can be greatly improved, and drafts blowing in the front direction of the window as well as the lateral direction of the window are introduced into the housing body. Regardless of the blowing direction of the wind, which changes every season, draft can be introduced into the room through the window and indoor air can be discharged to the outside, greatly improving the ventilation and ventilation of the room. there is.

In addition, cost burden due to installation can be minimized by a simple configuration, and since a power driver such as a motor is not used, it is possible to obtain economical and eco-friendly effects by preventing waste of electric charges.

To this end, the housing body 10 of the present invention is located in the vertical direction with respect to the veranda handrail 1, and both side frames 11 in which both side support pieces 11a are bent and extended, respectively, and the both side frames 11 A lower frame 12 connected to the lower end of and the lower support piece 12a bent and extended, and an upper frame 13 connected to the upper ends of the both sides of the frame 11 and the upper support piece 13a bent and extended, A plurality of partition frames 14 having a lower end connected to the lower frame 12 and an upper end connected to the upper frame 13 to partition the inside of the housing body 10, and an upper end of the upper frame 13 One side is welded or bolted to the support piece 13a and bent from the upper frame 13 and hung on the veranda handrail 1 to fix and support the housing body 10 primarily, After each side is fixed with a fixing bolt (16a) to both side support pieces (11a) provided on both sides of the frame (13) and hung on the handrail (1a) of the veranda handrail (1), the fixing bolt (16a) It is provided with a fixing part 16 that is tightly fixed to the handrail 1a by a tightening operation and secondarily fixes and supports the housing body 10.

As shown, the both sides of the frame 11, the lower frame 12, and the upper frame 13 are bonded to each other by bolting or welding after attaching a connection fixing piece (unsigned) to the position where they are in contact with each other, respectively. connect fixed

In addition, the plurality of division frames 14 are also bolted or welded in a state where the lower end is in close contact with the lower frame 12 of the housing body 10 and the upper end is in close contact with the upper frame 13 .

The both side support pieces 11a of the both side frames 11, the lower support pieces 12a of the lower frame 12, and the upper support pieces 13a of the upper frame 13, respectively, the housing body 10 is a veranda. When the mounting portion 15 of the housing body 10 is mounted on the handrail 1, it is in close contact with the handrail bar 1a of the veranda handrail 1 to support the housing body 10, and thus the veranda handrail 1 Since the both side support pieces 11a, the lower support pieces 12a, and the upper support pieces 13a are in close contact with the handrail bar 1a of ), the lifting and movement of the housing body 10 is prevented and the housing body according to the zoom (10) is firmly supported.

Moreover, when the housing body 10 is tightly fixed to the handrail 1a by the fixing part 16, the both side support pieces 11a, the lower support piece 12a, and the upper support piece 13a are attached to the handrail bar. As it adheres to (1a), it is possible to firmly fix and support the housing body 10.

Accordingly, even if a strong wind blows, the housing body 10 is shaken or moved, and the housing body 10 is prevented from being separated from the veranda handrail 1.

In addition, since the mounting portion 15 of the housing body 10 is mounted on the veranda handrail 1 and fixed after the fixing portion 16 is fitted into the handrail rod 1a of the veranda handrail 1, as shown Likewise, as the housing body 10 is located outside the veranda handrail 1, there is no interference in opening and closing the veranda window, and accordingly, in the case of winter, when indoor ventilation is not performed, the indoor air is released from the outside. When touching the veranda window in order to prevent it from being discharged into the room, the opening and closing of the window is not interfered with at all.

The plurality of draft guide bodies 20 of the present invention are respectively positioned between the plurality of partition frames 14 that partition the inside of the housing body 10, and the lower end is welded or bolted to the lower frame 12. A rotation support bar 21 fixed and having an upper end fixed to the upper frame 13 by welding or bolting, an upper hinge part 22 and a lower hinge part 23 are provided, and the upper hinge part ( 22) and the lower hinge portion 23 are provided as draft guides 24 hingedly rotated around the rotation support rod 21 as an axis.

In the draft guide 24, since the upper hinge part 22 and the lower hinge part 23 inserted into the rotation support bar 21 are connected to the draft guide 24 by bolts or welding, as shown in the drawing, According to the direction of the draft, the draft guide 24 pivots around the rotation support bar 21 to guide and introduce the draft into the housing body 10.

The draft guide 24 of the present invention extends from a guide plate 24a to which the lower hinge part 23 and the upper hinge part 22 are fixed by welding or bolting, respectively, and one side of the guide plate 24a. the first draft guide piece 24b and the second draft guide piece 24c protruded from the housing body 10 and bent outward in both directions of the guide plate 24a, respectively, and the inner side of the guide plate 24a. Doedoe through the guide plate (24a) is provided with a wind passage portion (24d) through the through in the vertical direction.

The wind passage part 24d through the guide plate 2a, as shown, is provided with one wind passage part 24d in the vertical longitudinal direction of the guide plate 24a or perpendicular to the guide plate 24a. A plurality of wind passage portions 24d may be provided along the longitudinal direction.

As shown, the first draft guide piece 24b and the second draft guide piece 24c are bent in directions symmetrical to each other, which means that the draft blowing in the left direction and the right side with respect to the housing body 10 This is to guide all drafts blowing in the direction and guide them to the inside of the housing body 10 to introduce them.

The present invention made as described above guides the draft blowing in the front of the housing body 10 according to the seasonal wind as well as the draft blowing in the left and right directions of the housing body 10 to the inside of the housing body 10. Since it can flow in, it can be guided to the inside of the housing body 10 and introduced into the room regardless of the blowing direction of the draft, which varies depending on the season, so that indoor ventilation can be performed regardless of the season.

That is, as shown in FIG. 6 , the draft blowing toward the front side of the housing body 10 flows into the inside of the housing body 10 as it is.

In addition, as shown in FIGS. 7 and 8 , the draft blowing from the right side of the housing body 10 collides with the second draft guide piece 24c of the draft guide 24 protruding from the housing body 10, and then blows the draft. It is guided to the inside of the housing body 10 along the guide 24, passes through the wind passage part 24d of the draft guide 24, and is introduced into the interior.

At this time, since the wind blowing from the right side of the housing body 10 collides with the second draft guide piece 24c, the draft guide 24 of the draft guide body 20 rotates with the rotation support rod 21 as an axis. The hinge is rotated in the left direction of (10), and accordingly, the draft blowing from the right side can be easily and easily guided to the inside of the housing body 10 by the second draft guide piece 24c.

In addition, as shown in FIGS. 9 and 10 , the draft blowing from the left side of the housing body 10 collides with the first draft guide piece 24b of the draft guide 24 protruding from the housing body 10 and then the draft wind It is guided to the inside of the housing body 10 along the guide 24, passes through the wind passage part 24d of the draft guide 24, and is introduced into the interior.

At this time, since the wind blowing from the right side of the housing body 10 collides with the first draft guide piece 24b, the draft guide 24 of the draft guide body 20 rotates with the rotation support rod 21 as its axis. The hinge is rotated and positioned in the right direction of (10), and accordingly, the draft blowing from the left side can be easily and easily guided to the inside of the housing body 10 by the first draft guide piece 24b.

In addition, according to the present invention, when draft guides 24 provided on each of the plurality of draft guide bodies 20 are rotated to guide and introduce draft air into the room, the rotation of the draft guide 24 does not require an electric power device such as a motor at all. Accordingly, not only does it not have to be burdened with the cost due to the electricity cost added by the power used when operating the ventilator for ventilation of the existing room, but also noise is not generated at all because there is no electric power device such as a motor. .

In each of the side frames 11 of the housing body 10 of the present invention, the draft blowing in the lateral direction of the housing body 10 flows into the inside of the housing body 10 through the both side frames 11. An draft inlet hole 17 is provided.

As the draft inlet holes 17 are provided on the frames 11 on both sides of the housing body 10, the draft blowing from the right or left direction of the housing body 10 passes through the draft inlet holes 17. Since it can easily flow into the inside of the housing body 10, drafts can be easily guided and introduced into the room.

In addition, in the present invention, the wind passage part 24d reinforces and supports the through-hole guide plate 24a to prevent the draft guide 24 from shaking in a horizontal direction relative to the vertical direction of the wind passage part 24d. A plurality of reinforcing rods 25 are provided to connect the wind passage part 24d.

The reinforcing bar 25 is positioned across the wind passage part 24d in the horizontal direction and then fixed to the guide plate 24a by bolting or welding. 24d), the wind passage part 24d can firmly support and reinforce the draft guide 24 through which the draft guide 24 is ventilated in the vertical longitudinal direction on the inside. prevent wobbling.

In the veranda railing 1 to which the housing body 10 of the present invention is hung and fixed, it is positioned along the longitudinal direction of the veranda railing 1 and fixed to the veranda railing 1 by welding or bolting, An installation stand 30 on which the housing body 10 is installed is provided.

As the installation fixture 30 is provided in this way, for example, when the veranda handrail 1 is not provided on the window to which the housing body 10 is to be installed, the installation fixture 30 is installed on the wall where the window is installed. After installing the installation fixture 30 in the horizontal direction of the next window located outside the window, insert the housing body 10 into the installed installation fixture 30 and then fix it by bolting.

In addition, when the horizontal length of the veranda handrail (1) to install the housing body (10) is short, the installation fixture (30) is first installed on the veranda handrail (1), and then the housing body (10) is installed on the installation fixture (30). ), and then fix it with bolts.

As described above, the present invention has been described by specific details such as specific components and limited embodiments and drawings, but these are provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. Those skilled in the art to which the present invention pertains can make various modifications and variations from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments and should not be determined, and all things equivalent or equivalent to the claims as well as the following claims belong to the scope of the present invention.

1: veranda railing 1a: handrail
10: housing body 11: both sides frame
11a: both side support pieces 12: lower frame
12a: lower support piece 13: upper frame
13a: upper support piece 14: partition frame
15: mounting part 16: fixing part
17: draft inlet hole 20: draft guide body
21: rotation support rod 22: upper hinge
23: lower hinge part 24: draft guide
24a: guide plate 24b: first draft guide piece
24c: Second draft guide piece 24d: Wind passage part
25: reinforcement 30: installation fixture

Claims (3)

In the draft guide device including a housing body 10 installed and fixed to a veranda handrail 1 and a plurality of draft guide members 20 provided in the housing body 10,
The housing body 10,
Both sides of the frame 11, each of which is positioned in a vertical direction with respect to the veranda handrail 1 and both side support pieces 11a are bent and extended, respectively;
a lower frame 12 connecting lower ends of the both sides of the frame 11 and having a lower support piece 12a bent and extended;
an upper frame 13 connecting upper ends of the both sides of the frame 11 and having an upper end support piece 13a bent and extended;
a plurality of partition frames 14 having lower ends connected to the lower frames 12 and upper ends connected to the upper frames 13 to partition the inside of the housing body 10;
One side is welded or bolted to the upper support piece 13a of the upper frame 13, bent from the upper frame 13 and hung on the veranda railing 1 to primarily fix and support the housing body 10 With the mounting portion 15;
After one side is fixed with a fixing bolt (16a) to the both side support pieces (11a) provided on the both side frames (13) and hung on the handrail (1a) of the veranda handrail (1), the fixing bolt (16a) A fixing part 16 that is tightly fixed to the handrail 1a by a tightening operation and secondarily fixes and supports the housing body 10; is provided with,
Each of the plurality of draft guide bodies 20,
It is located between the plurality of partition frames 14 that partition the inside of the housing body 10, and the lower end is welded or bolted to the lower frame 12 and the upper end is welded or bolted to the upper frame 13. A fixed rotation support bar 21;
An upper hinge portion 22 and a lower hinge portion 23 are provided, and the upper hinge portion 22 and the lower hinge portion 23 are fitted to the rotation support rod 21, thereby hinged with the rotation support rod 21 as an axis. Equipped with a rotating draft guide 24,
The draft guide 24,
a guide plate 24a to which the lower hinge part 23 and the upper hinge part 22 are fixed by welding or bolting, respectively;
First draft guide pieces 24b and second draft guide pieces 24c each extended from one side of the guide plate 24a, protruded from the housing body 10, and bent outward in both directions of the guide plate 24a, respectively. )class;
Draft inlet guide device, characterized in that provided with a wind passage portion (24d) through the inside of the guide plate (24a) and through the vertical longitudinal direction of the guide plate (24a). According to claim 1,
Both side frames 11 of the housing body 10, respectively,
An draft inlet hole 17 is provided so that the draft blowing in the side direction of the housing body 10 flows into the inside of the housing body 10 through the frame 11 on both sides,
The wind passage part 24d is positioned horizontally with respect to the vertical direction of the wind passage part 24d to reinforce and support the through-hole guide plate 24a to prevent the draft guide 24 from shaking. A draft inlet guide device characterized in that a plurality of reinforcing rods 25 connecting the portion 24d are provided. According to claim 1,
On the veranda railing 1 to which the housing body 10 is hung and fixed,
After being positioned along the longitudinal direction of the veranda handrail (1) and fixed to the veranda handrail (1) by welding or bolting, an installation fixture (30) on which the housing body (10) is installed is provided, characterized in that Draft inflow guide device.

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